Effect of Small Quantity Additives on the Property of Nano-Tech. Refractories
スポンサーリンク
概要
- 論文の詳細を見る
- 2009-06-01
著者
-
Tamura Shinichi
Nano-tech. Refractories Institute
-
OCHIAI TSUNEMI
Nano-Tech. Refractories Institute
-
TAKANAGA SHIGEYUKI
Kyushu Refractories Co., Ltd.
-
MATSUURA OSAMU
Kyushu Refractories Co., Ltd.
-
OCHIAI TUNEMI
Nano-Tech. Refractories Institute
-
Matsuura Osamu
Kyushu Refractories Co. Ltd.
-
Takanaga Shigeyuki
Kyushu Refractories Co. Ltd.
-
TAKANAGA Shigeyuki
Nano-Tech. Refractories Institute
-
MATSUURA Osamu
Nano-Tech. Refractories Institute
-
Tamura Shinichi
Nano-tech Refractories Institute
関連論文
- Effect of Small Quantity Additives on the Property of Nano-Tech. Refractories
- Formation of the Nano-Structured Matrix in Nano-Tech Refractories
- Effect of Different Carbonaceous Binders on the Adhesive Properties of Al_2O_3-C Refractories
- Development and Use of Ultra-Low Carbon MgO-C Nano-Tech. Refractories
- Technology for Prolonging the Life of the BOF Upper Cone Lining
- Corrosion of MgO-C Bricks by Low-Basicity Slag
- Effect of Flow Enhancers in Hot Casting Mixes
- Development of Refractories by Applying Nano-Technology
- Development of Nano-Tech MgO-C Brick (3) : MgO-C Brick with Nano Structural Matrix
- Comparison of the Adhesive Characteristics of Pitch
- Comparison of the Characteristics of MgO-C Brick Formed by Different Pressing Methods
- Comparison of the Characteristics of MgO-C Bricks Formed by Different Types of Pressing Methods
- Carbon Nano Particles-Trends and Hopes for Use in Refractories
- Development of Nano Tech MgO-C Brick (1) : Application of Nano Technology to Matrix
- Development of Nano Tech MgO-C Brick (2) : Magnesia-rimmed MgO-C Brick
- Be Determined and Confident!
- Corrosion Resistance of Carbon-Bonded Magnesia Brick
- Formation of Nanostructured Matrix in Nano-Tech Refractories